Vertical blade separators are primarily used for: - Separation of liquid from gas or steam

Vertical blade separators, with core components including a primary inlet separator assembly and a secondary precision separator blade assembly. The function of the primary inlet separator assembly is as described in the inlet separator assembly technical specification; the secondary precision separator blade assembly is designed to deeply and precisely remove fine mist carried by the airflow processed by the primary inlet separator assembly, achieving a 4N level quantitative separation efficiency for equivalent diameters of 5-8 micrometers. Different technical levels of gas-liquid separator blade technology feature different blade channel structures, determining varying quantitative separation performance.

Industry Applications:

1. Separation of saturated steam, secondary steam, liquid, and entrained materials, to enhance steam quality.

2. Gas-liquid separation after cooling towers, scrubbers, and saturated towers to prevent water carryover, ensuring the safe and stable operation of downstream equipment.

3. Separation of condensed liquid and oil mist from cooled compressed gases, to prevent blockage and damage to downstream equipment.

4. Remove mist droplets from the gas in the recovery and purification unit, recover valuable materials, and ensure compliance with process specifications.

5. Prevent the separation of hydrogen-nitrogen compressor oil mist to safeguard against damage to the catalyst.

6. Removal of sulfur from flue gas desulfurization systems and separation of entrained materials.

7. Natural gas-liquid separation in the oil industry.

8. Coal-to-Gas Ethylene Glycol Raw Material Gas-Liquid Separation

9. Compressor Stage Inter Gas-Liquid Separator